proteus

PID-controlled oven prototype with microcontroller and laptop simulation on a lab bench.

PID Controlled Oven using TMS320F28027PT with Proteus Simulation

Introduction This project demonstrates a PID controlled oven implemented using a PICCOLO TMS320F28027PT microcontroller and verified through Proteus simulation.It is a practical microcontroller project focused on temperature control, widely used in embedded systems and industrial electronics.The system reads temperature feedback from a thermocouple, processes it digitally, and regulates heating accurately.By simulating the full setup in […]

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PICCOLO motor controller using TMS320F28023PT DSP with DC motor test setup.

PICCOLO Motor Controller Sample Design using TMS320F28023PT with Proteus Simulation

Introduction This project demonstrates a PICCOLO motor controller sample design implemented using the TMS320F28023PT Piccolo microcontroller and tested through Proteus simulation. It focuses on core embedded-system startup routines, timing control, and hardware-safe initialization commonly required in motor-control firmware. The design is ideal for learners exploring microcontroller projects, embedded systems, and practical electronics using virtual simulation.

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I2C Communication using TMS320F28027PT with Proteus Simulation

Introduction This project demonstrates a practical I2C communication example implemented on the TMS320F28027PT Piccolo microcontroller using Proteus simulation. It focuses on understanding how the Piccolo MCU operates as an I2C master, handling low-level timing, startup, and system initialization.The project is ideal for engineers exploring embedded systems, microcontroller projects, and practical electronics using TI’s C2000 family.

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DAC Sine Wave Generation using TMS320F28027PT with Proteus Simulation

Introduction This microcontroller project demonstrates how a digital-to-analog converter (DAC) can be implemented using PWM on a PICCOLO series controller.Using Proteus simulation, the project generates a clean sine wave output by filtering a high-frequency PWM signal.It is a practical example of embedded systems design, combining firmware, timer interrupts, and external RC filtering.The project is useful

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Breadboard PICC18 calculator with LCD display and Proteus circuit simulation.

PICC18 Calculator using PIC18F452 with Proteus Simulation

Introduction This PICC18 Calculator is a compact microcontroller project that turns a PIC18F452 into a simple four-function calculator using a 4×4 keypad for input and a 16×2 LCD for output. It’s designed for Proteus simulation, so you can test the full workflow without hardware.If you’re learning embedded systems and want a practical, hands-on build, this

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PIC18 and MAX6675 Thermometer using PIC18F452 with Proteus Simulation

Introduction This microcontroller project demonstrates a high-temperature digital thermometer built around the PIC18F452 and the MAX6675 K-type thermocouple interface.Designed and tested entirely using Proteus simulation, the project shows how embedded systems can accurately measure and display temperature values in real time.It combines sensor interfacing, display multiplexing, and interrupt-driven firmware into one practical electronics application.Using the

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DHT22 Low Cost Humidity Sensor using PIC18F25K20 with Proteus Simulation

Introduction This microcontroller project demonstrates how to interface a DHT22 (RHT03) digital temperature and humidity sensor with a PIC18F25K20 using Proteus simulation.The project reads real-time temperature and relative humidity data and displays it on a 16×2 LCD.It’s a practical example of embedded systems communication, timing-critical digital sensors, and LCD interfacing.Designed for learners and hobbyists, this

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Disk Based Data Logger using PIC18F458 with Proteus Simulation

Introduction This Disk Based Data Logger is a practical microcontroller project that demonstrates how a PIC18 microcontroller can directly interface with an ATA/IDE hard disk to record data. Designed and tested using Proteus simulation, the project showcases real-world embedded systems concepts such as low-level disk access, interrupt-driven data logging, and RS232 communication.The system logs sampled

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Microcontroller calculator breadboard setup

Calculator for MPLAB C18 using PIC18F452 with Proteus Simulation

Introduction This project demonstrates a floating-point calculator microcontroller project built using the PIC18F452, an alphanumeric LCD, and a matrix keypad, fully tested in Proteus simulation.It shows how embedded systems can handle real arithmetic operations using firmware written in MPLAB C18.The calculator supports basic math operations while displaying results clearly on an LCD.This is a practical

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PICCLOCK using PIC16F84A with Proteus Simulation

Introduction This project demonstrates a fully working PIC-based digital clock built around the PIC16F84A microcontroller using Proteus simulation.The clock tracks hours, minutes, and seconds, supports 12-hour and 24-hour formats, and allows real-time time adjustment using push buttons.It’s a solid microcontroller project for learning timekeeping, interrupts, BCD conversion, and display interfacing in embedded systems.Because everything runs

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